Evolution equations describe many processes in science and engineering, and they form a central topic in mathematics. The first three contributions to this volume address parabolic evolutionary problems: The opening paper treats asymptotic solutions to singular parabolic problems with distribution and hyperfunction data.
The theory of the asymptotic Laplace transform is developed in the second paper and is applied to semigroups generated by operators with large growth of the resolvent. An article follows on solutions by local operator methods of time–dependent singular problems in non–cylindrical domains.
The next contribution addresses spectral properties of systems of pseudodifferential operators when the characteristic variety has a conical intersection. Bohr–Sommerfeld quantization rules and first order exponential asymptotics of the resonance widths are established under various semiclassical regimes.
In the following article, the limiting absorption principle is proven for certain self–adjoint operators. Applications include Hamiltonians with magnetic fields, Dirac Hamiltonians, and the propagation of waves in inhomogeneous media.
The final topic develops Hodge theory on manifolds with edges; its authors introduce a concept of elliptic complexes, prove a Hodge decomposition theorem, and study the asymptotics of harmonic forms.
"synopsis" may belong to another edition of this title.
Evolution equations describe many processes in science and engineering, and they form a central topic in mathematics. The first three contributions to this volume address parabolic evolutionary problems: The opening paper treats asymptotic solutions to singular parabolic problems with distribution and hyperfunction data. The theory of the asymptotic Laplace transform is developed in the second paper and is applied to semigroups generated by operators with large growth of the resolvent. An article follows on solutions by local operator methods of time–dependent singular problems in non–cylindrical domains. The next contribution addresses spectral properties of systems of pseudo–differential operators when the characteristic variety has a conical intersection. Bohr–Sommerfeld quantization rules and first order exponential asymptotics of the resonance widths are established under various semiclassical regimes. In the following article, the limiting absorption principle is proven for certain self–adjoint operators. Applications include Hamiltonians with magnetic fields, Dirac Hamiltonians, and the propagation of waves in inhomogeneous media. The final topic develops Hodge theory on manifolds with edges; its authors introduce a concept of elliptic complexes, prove a Hodge decomposition theorem, and study the asymptotics of harmonic forms.
"About this title" may belong to another edition of this title.
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Hardcover. Condition: Very Good. No DJ. Non circulating ex University of California, Berkeley reference library book with some library markings. Light wear. Binding is tight, text clean. From the Table of Contents: Asymptotic Laplace Transforms and Evolution Equations; Elliptic Complexes of Pseudodifferential Operators on Monifords with Edges; The Conjugate Operator Method: Application to Dirac Operators to Stratified Media, etc. Seller Inventory # mon0000018297
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